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Involved increasing the expression of three genes involved in photosynthesis, and what that has done has accelerated the ability of the plant to adjust the fluctuations in light, which of course in the field of a crop are occurring all the time, and so we did this at first in tobacco some time ago because tobacco is very easy to genetically change, but many of the critics said this is not a food plant. could you really do it in a food plant? now we have managed to do this in a slightly, we have an average increase of about 24%, which if you compare that to conventional breathing might deliver you 1% per year. breathing might deliver you 196 per ear. , , . breathing might deliver you 196 per ear. ~ , ., breathing might deliver you 196 per ear. ~ , , ., ., ., year. and this is all done without additional fertilisers? year. and this is all done without additional fertilisers? in year. and this is all done without additional fertilisers? in the - year. and this is all done without ad
Zaporizhzhia-nuclear-plantPhotosynthesisGenesFluctuationsAbilityExpressionThreeCourseTobaccoFlightCropFieldActually improve the biochemistry of the process, and so, having identified that, then with funding from the gates foundation and from uk aid, we were then able to test our models in practice, and that involved increasing the expression of three genes involved in photosynthesis. what that has done is accelerated the ability of the plant to adjust to fluctuations in light, which of course in the field of crops are occurring all the time, and so we did this first in tobacco some time ago because tobacco is very easy to genetically change, but many of the critics said, well, this isn t a food plant, can you really do it in a food plant? and now we have managed to do this in soybean. we have an average increase in yield
UkProcessAidBiochemistryFundingGates-foundationPhotosynthesisAbilityExpressionGenesModelsPractice